Mahatma Education Society’s Pillai HOC College of

Mahatma Education Society’s

Pillai HOC College of Engineering and Technology, Rasayani

Department of Mechanical Engineering

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Mechanical Engineering Program Course outcomes:

Quality improvement in education encompasses the all-round development of learners. This requires a

multi-pronged approach aiming at quality curriculum and its effective transaction in an enabling

environment. Learning outcomes specify what learners’ new behaviors will be after a learning

experience. They state the knowledge, skills, and attitudes that the students will gain through your

course. Since we are affiliated with University of Mumbai, in addition to university curriculum, course

outcomes for Mechanical graduate program were finalized in a brain storming sessions by senior

faculty. The course outcomes for the graduate program in Mechanical Engineering are listed below;

Semester III

Course Name: MEC301 Applied Mathematics III

MEC

301.1

Student will gain basic knowledge of Laplace Transform & demonstrate an ability to

identify , formulate & solve engineering problems

MEC

301.2

Students will understand methods in the theory of analytic functions of several complex

variables, and applications of these to approximation and mapping problems.

MEC

301.3

Student will be Capable to identify & classify zeros , singular points , residues & their

applications. Also participate & succeed in competitive exams.

MEC

301.4

Students will calculate both real and complex forms of the Fourier series for standard

periodic waveforms and convert from real form Fourier series to complex form and

vice-versa

MEC

301.5

Student will become familiar with Partial Differential equations & demonstrate an

ability to identify , formulate & Solve engineering problems.

MEC

301.6

Students will acquire problem-solving skills in a broad range of significant

mathematics.




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Course Name: MEC302 Thermodynamics

MEC302.1 Apply various thermodynamics laws to the real life systems.

MEC302.2 Evaluate the role of entropy in a thermal equilibrium system.

MEC302.3 Estimate the properties of steam at different states.

MEC302.4 Define and understand natural and ideal processes and its application .

MEC302.5 Assess the basic difference between the gas PSOwer cycle and vaPSOur cycle.

MEC302.6 Understand the basic property relation and combustion process.

Course Name: MEC303 Strength of Materials

MEC

303.1 Understand the concept of stress and strain for homogeneous, isotropic material.

MEC

303.2

Use of physics concept to solve variety of applied real world problems using the

appropriate tools backed by mathematical to solve structural problem involving

strength.

MEC

303.3.

Determine the stress and strain in members subjected to combined loading and apply the

theories of failure and static loading.

MEC

303.4

Determine and analyse principal stress, maximum shearing and the stress acting on

structural member.




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MEC

303.5 Determine the deflection and rotation produced by axial, torsional and flexural load.

MEC

303.6 Design simple bars, beams and circular shafts for allowable stresses and loads.

Course Name: MEC304 Production Process- I

MEC304.1 understand the basic concepts of Casting process their operations and applications

MEC304.2 understand the concept of forming processes such as rolling, extrusion, forging their

applications and process working.

MEC304.3 understand different metal joining processes such as welding, soldering, brazing also

their process operations & applications

MEC304.4 understand powder metallurgy process, sintering metal injection & applications.

MEC304.5 understand different molding process, application of plastics and their use, also molding

with ceramics.

MEC304.6 understand different non-destructive testing techniques.

Course Name:MEL305 Computer Aided M/c Drawing

SEC305.1 Should be able to understand solid geometry, intersection of surfaces of various

geometry

SEC305.2 Should be able to understand design various 2D Drawing of standard machine elements




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SEC305.3 Should be able analyze various assembly and details

SEC305.4 Should be able synthesis of various bearings, joints, ICE engine parts, Jig & fixture

SEC305.5 Should be able evolution of 2D & 3D drawing by using SOLID WORKS design

software

SEC305.6 Should be able visualize & prepare detail drawing on sketch book for manufacturing

purpose

Course Name: MEL306 Data Base &Information Retrieval System

MEL306.1 To understand the needs of database management system and information retrieval

system (DBMS and IR)

MEL306.2 To conceptualize and analyse different data models and schemas in DBMS

MEL306.3 To understand needs of database processing and learn technoques for controlling the

consequences of concurrent data access

MEL306.4 To apply and design graphical user interface techniques for retrieve the information

from the database

MEL306.5 To apply and synthesis the complex queries of SQL on DBMS

MEL306.6 To understand the functional dependies and design the database using different data

models (ER Model, Relational Model)

Course Name: MEL307 Machine Shop Practice-I




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MEL

303.1 Students will acquire operating skills of various machines like lathe, shaper, milling etc

MEC

303.2

Students will Perform and conversant of operational function of plain turning, taper

turning and screw cutting etc. on lathe machine

MEC

303.3. Students will perform machining operations on lathe, shaper and milling machine

MEC

303.4

Students will able to plan the process requirements of engineering products, machines,

materials requirements, Tools required in the process

MEC

303.5

Students will able to optimize the machining process operating parameters of speed,

feed and depth of cut to produce customers desired output.

MEC

303.6

Students will able to identify the job and list out the operations required to produce the

engineering products

Semester IV

Course name: MEC401 Applied Mathematics IV

MEC 401.1

Student will find the characteristic equation, eigenvalues and corresponding

eigenvectors of a given matrix and are able to solve problems on functions of

matrices.

MEC 401.2 Student will become familiar with the Green's, Stoke's and Gauss-divergence

theorem to give a physical interpretation of the vector field & its applications.

MEC 401.3 Student will understand the importance of nonlinear optimization and are able

to optimise ( max / min ) problems of Non Linear Programming.

MEC 401.4 Student will gain basic knowledge of probability distributions & demonstrate

an ability to identify, formulate & solve problems




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MEC 401.5 For Sampling Theory student will choose the appropriate test and determine

whether a given hypothesis is accepted or not.

MEC 401.6 Student will understand application of statistical concepts and linear algebra for

solving different engineering problems.

Course Name: MEC402 Fluid Mechanics

MEC404.1 Understand different properties of fluid, various type of fluid ,their flows and

principles of fluid flow.

MEC404.2 Solve fluid flow problem using Lagrangian and Euler approach.

MEC404.3 Analyze the types of flows and feasibility of flow using fundamental of fluid

kinematic.

MEC404.4 Design and develop various pipe system as per requirements.

MEC404.5 Understand the various fundamental of flow over bodies and apply them to

solve the problem on the marine system and aeronautical system.

MEC404.6 Fabricate fluid system for various application or analyze fluid system using

modelling and analyzing tools through mini project.

Course Name: MEC403 Theory of Machines- I

MEC 403.1 Understand and explain various components of mechanisms.

MEC 403.2 Construct and apply mechanisms to provide specific motion.

MEC 403.3 Draw using various methods velocity and acceleration diagrams of

mechanisms.




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MEC 403.4 Construct CAM profile illustrating displacement, velocity, acceleration and jerk

for the specific follower motion.

MEC 403.5 Define and apply different Flexible connectors.

MEC 403.6 Define different Terms used in gears and application of different Gears in

power Transmission.

Course Name: MEC404 Production Process- II

MEC404.1 To have good knowledge of how to perform different metal removal process on

different machines.

MEC404.2 Develop and execute CNC machining programs to cut parts on a milling

machine.

MEC404.3

Compute force components of interest that are associated with processes that

are performed by mechanical means & stresses and strains, both in-process and

residual, for mechanical, thermal and thermo-mechanical processes.

MEC404.4 Design a single, multiple point cutting and press tool and study the effect of

coolants in it.

MEC404.5 Evaluate the aspects of cutting Tools and Economics of machining.

MEC404.6 To have a knowledge on surface finish, cutting tool materials, coolants.

Course Name: MEC405 Material Technology

MEC 405.1 Understand and classify basic engineering materials.




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MEC 405.2 Differentiate various imperfections, deformations and failure mechanism.

MEC 405.3 Interpret SN – curve and phase diagrams to understand theory of alloys.

MEC 405.4 Test and analysis failure mechanisms

MEC 405.5 Choose the appropriate heat treatment process for specific requirement

MEC 405.6 Understand the significance of different alloying elements

Course Name: MEC406 Industrial Electronics

MEC406.1 Understand the working of semiconductor devices.

MEC406.2 Understand the applications of power electronic converters

MEC406.3 Understand concept of OPAMP and 555 Timer

MEC406.4 Demonstrate the knowledge of basic functioning of digital circuits

MEC406.5 Demonstrate the knowledge of basic functioning of microcontroller based

system

MEC406.6 Understand speed-torque characteristics of electrical machines




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Semester V

Course Name: MEC501 I C Engines

MEC501.1 Understanding difference between SI & CI engine

MEC501.2 Understanding the working of engine & its Components

MEC501.3 Analyze engine performance characteristics

MEC501.4 Perform exhaust gas analysis & its effect on environment

MEC501.5 Identify alternative fuel & its effect

MEC501.6 To Understand & analyze recent development in IC Engine

Course Name: MEC502 Mechanical Measurements and Control

MEC502.1 Student should be able to understand different measurement system and common types

of errors

MEC502.2 Student should be able to get knowledge of different types of sensors ,transducers and

strain gauges used for measurement.

MEC502.3 Student should be able to understand the fundamental concepts of control system and

mathematical modelling of system.




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MEC502.4 Student should be able to apply the concept of time response and frequency response of

the system

MEC502.5 Student should be able to understand the basics of stability analysis of the system

MEC502.6 Student should be able to analyse the response of different order system for various step

inputs

Course Name: MEC503 Production Process-Ill

MEC503.1 Apply the working principles and processing characteristics of ultra-precision

machining,

MEC503.2 Identify various stresses involved in sheet metal forming process.

MEC503.3 Achieve thorough knowledge of designing the jigs & fixture.

MEC503.4 Learn how products are made using non-traditional machining processes.

MEC503.5

Achieve fair knowledge of the plastic injection moulding process.

MEC503.6 Study the different types of production systems like agile manufacturing, Flexible

Course Name: MEC504 Theory of Machines- II

MEC 504.1 To understand working principle of clutches and its construction details.




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MEC 504.2 To study working and types of brakes and dynamometers.

MEC 504.3 To analyse working principle/s and applications of Gyroscope and Governors.

MEC 504.4 To demonstrate different types of gear trains and its applications.

MEC 504.5 To understand the principle of Flywheel, the concept of balancing of rotating and

reciprocating mass.

MEC 504.6 To develop models to understand machine kinematics and solve them.

Course Name: MEC505 Heat Transfer

MEC505.1 Understand and differentiate between conduction, convection and radiation three modes

of heat transfer.

MEC505.2 Apply various principles of heat transfer to solve problems on thermal systems using

differential analysis or electrical analogy.

MEC505.3 Understand dimensional and graphing similarities in heat transfer analysis and its use to

solve heat transfer systems.

MEC505.4 Distinguish and solve real time problems using steady state and transient heat transfer

analysis.

MEC505.5

Differentiate between various types of heat exchangers and can evaluate, compare and

improve effectiveness of heat exchangers.

MEC505.6 Understand mechanism of boiling and condensation.




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Course Name: MEL501 Business Communication and Ethics

MEL501.1 To understand the business communication process, ethics and its effective application.

MEL501.2 Synthesize and apply report writing, proposalwrting and the project management skills .

MEL501.3 Apply appropriate analytical skills in project report presentations, group discussions and

to communicate effectively in various formal settings.

MEL501.4

To undersatnd and learn various roles in group and organization understanding the

interpersonal skills like emotional intelligence, leadership,negotiation, time

management and team work.

MEL501.5 Participate and achieve success in competative exams and campus placements

MEL501.6

To enhance social skills, business perspectives and inculcate employment skills .




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Semester VI

Course Name: MEC601 Metrology and Quality Engineering

MEC601.1 Should be able to understand the basic concepts and principles of modem

quality concepts and statistical techniques.

MEC601.2 Should be able to design tolerance and fits for selected product quality

MEC601.3 Should be able to identify different surface finish and measure the parts with

various comparators

MEC602.4 Should be able to understand the fundamentals of modern quality concept and

apply stastical techniques.

MEC602.5 Should be able to understand fundamental and importance of quality control

MEC602.6 Should be able to apply various samplining techniques for inspection and can

read different tables for quality assurance.

Course Name:MEC602 Machine Design I

FEC104.1 Should be able to Understand various design consideration.

FEC104.2 Should be able to Study and apply principles of machine design

FEC104.3. Should be able to Design machine elements on the basis of strength, and

economic criteria .




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FEC104.4 Should be able to Check (Validate results) design with the help of design

software

FEC104.5 Should be able to prepare production drawing

FEC104.6 Should be able toUse design data books and various standard codes of

practices

Course Name: MEC603 Mechanical Vibrations

MEC603.1 Understand the basic concepts and principles of vibration

MEC603.2 Develop and analyze the differential equation of motion for vibratory systems

analytically and also using MAT LAB

MEC603.3 Estimate natural frequency of single degree and multi degree systems

MEC603.4 Design and evaluate suspension system using concepts of vibration isolation

and transmissibility

MEC603.5 Understand the principles of vibration measuring instruments and use it to

measure vibration using seismic equipments

MEC603.6 Solve the problems of rotor dynamics system and balancing of masses




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Course Name: MEC604 Thermal and Fluid Power Engineering

MEC 604.1 Students should be able to illustrate types , limitations , scenario's of various

types of boilers , mountings , accessories.

MEC 604.2 Students should be able to understand different jet of fluid on various type of

surfaces .

MEC 604.3 Student should be able to understanding the working of turbines & its

Components .

MEC 604.4 Student should be able to identify utilities of thermal and hydraulic energy

software.

MEC 604.5 Student should be able to analyze performance of turbines.

MEC 604.6 Student should be able to understand &analyze recent development in turbines

, boilers.

Course Name: MEC605 Mechatronics

MEC605.1 Understand different sensors and actuators

MEC605.2 Understand various electrical actuating systems

MEC605.3 Understand various pneumatic and hydrualic actuating systems

MEC605.4 Will able to develop circuits for industrial automation




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MEC605.5 Will be able to design system interfacing and DAS

MEC605.6 Indigenously design and develop a mechatronic system

Course Name: MEC606 Finite Element Analysis

MEC606.1 Students should be able to solve the complex field problems using various

differential equation.

MEC606.2 Students should be able to formulate mathematical model as well as FEA

model for the various engineering problems.

MEC606.3

Student should be able to understand the various aspects of FEA like elements,

nodes, discretization variables boundary conditions, formulation and stiffness

matrix.

MEC606.4

Student should be able to solve the various 1D engineering problems like

structural analysis, heat transfer, fluid flow, trusses and beams by using FEA

method and FEA software

MEC606.5 Student should be able to solve the 2D finite element problem using the

concept like Jacobian matrix, CST elements and analysis by using FE software

MEC606.6 Student should be able to evaluate the various mechanical components and to

check their feasibility analytically as well as using FEA software.




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Semester VII

Course Name: MEC701 Machine Design II

MEC701.1 Apply basic principles to design gears based on given conditions.

MEC701.2 Select appropriate gear for Power transmission.

MEC701.3 Select appropriate bearing for given application with the help of manufacturing

catalogue.

MEC701.4 Analyse different Failures in gears ,cam & follower & Bearing.

MEC701.5 Design cam & follower for different applications.

MEC701.6 Able to validate design with the help of design softwares.

Course Name: MEC702 CAD-CAM CAE

MEC702.1 Use techniques of computer graphics for geometric modelling and write equations

for curves also solve problems based upon it.

MEC702.2 Develop mathematical representation and object oriented programs for 2D and 3D

transformations.

MEC702.3 Create part programs for NC, CNC machines and use it.

MEC702.4 Model and analyze real life applications using CAE tools.




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MEC702.5 Apply rapid prototyping and tooling concepts in product design and manufacturing

MEC702.6 Understand and apply concepts of CIM.

Course Name: MEC703 Mechanical Utility Systems

MEC703.1 understand the basic concepts and principles of vibration

MEC703.2 Develop and analyze the differential equation of motion for vibratory systems

analytically and also using MAT LAB

MEC703.3 Estimate natural frequency of single degree and multi degree systems

MEC703.4 Design and evaluate suspension system using concepts of vibration isolation and

transmissibility

MEC703.5 Understand the principles of vibration measuring instruments and use it to measure

vibration using seismic equipments

MEC703.6 Solve the problems of rotor dynamics system and balancing of masses




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Course Name: MEC704 Production Planning and Control

MEC704.1 Understand the importance & activities of Production Planning & Control in

Industries.

MEC704.2 Understand the importance of inventories & control functions.

MEC704.3 Able to make various documents like purchase orders, store receipt used in

Industries.

MEC704.4 Understand importance of product & process planning and forecasting models.

MEC704.5 Able to convert the problems into mathematical models and evaluate optimum

solutions.

MEC704.6 Understand scheduling & sequencing techniques and able to draw Gantt, CPM &

PERT charts used in industries.

Course Name: MEE 7012 Power Plant Engineering

MEE

7012.1 Illustrate types limitations, scenarios, crises & need of power Plants

MEE

7012.2 Design power plant economy

MEE

7012.3

Analyse &apply their theoretical knowledge in various power plant on the basis of

energy resources available




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MEE

7012.4 Design combination power plant working on various combine cycles

MEE

7012.5

Analyze working of nuclear power plant & study of waste disposal as for hazardous

free environment

MEE

7012.6

Function individually as a Power plant manager & also function as team leader to run

various activity in power plant

Course Name: MEE 7019 Operations Research

MEE7019.1 Identify and develop operational research models from the verbal description of the

real system.

MEE7019.2 Understand the mathematical tools that are needed to solve optimisation problems.

MEE7019.3 Use mathematical software to solve the proposed models

MEE7019.4 Develop a report that describes the model and the solving technique, analyse the

results and propose

MEE7019.5 Recommendations in language understandable to the decision-making processes in

Management Engineering

MEE7019.6 Experiences with identifying, accessing, evaluating, and interpreting information and

data in support of assignments, projects, or research.




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Course Name: MEP701 Project I

MEP701.1 Able to identify the conceptual problems factors and their levels in industries.

MEP701.2 Able to formulate the real life problems factors and theirs levels in the form of

mathematical model.

MEP701.3 Able to plan and establish real life problems in the form of experimental setup.

MEP701.4 Able to simulate and analyse the real life problems using the mathematical model

and software

MEP701.5

Able to prepare the report contents of conceptual problems factors, factor levels,

academic literature, problem formulation, problem statement, factor analysis and

coclusion & suggestion

MEP701.6 Able to prepare the presentation of project contents details in brief using MS-office

Power point

Semester VIII

Course Name: MEC801 Design of Mechanical System

MEC801.1 Should be able to understand the basic concepts and principles of statics and

Dynamics.

MEC801.2 Should be able to build Free Body diagram and equilibrium conditions for

equilibrate systems.

MEC801.3 Should be able to evaluate geometric parameters of generalized shapes.




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MEC801.4 Should be able to understand equations of motions from kinematics point of

view.

MEC801.5 Should be able to understand equations of motions from Dynamics point of

view.

MEC801.6 Should be able to understand Kinematics and Kinetics of rigid bodies.

Course Name: MEC 802 Industrial Engineering and Management

MEC802.1 Design a system component of a process to meet desired needs within realistic

constraints.

MEC802.2

Develop capability in integrating knowledge of design along with other

aspects of value addition in the conceptualization and manufacturing stage of

various products.

MEC802.3 Manage and implement different concepts involved in methods study and

understanding of work content in different situations

MEC802.4 Identify appropriate process analysis method to understand analyze & explain

& industrial engineering problem.

MEC802.5 Describe the profession & technical area of industrial engineering &

manufacturing engineering

MEC802.6 Identify various cost accounting and financial management practices widely

applied in industries.




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Course Name: MEC803 Refrigeration and Air Conditioning

MEC803.1 Illustrate and discuss fundamental principles and various types of refrigeration and

air conditioning systems.

MEC803.2

Obtain cooling capacity and coefficient of performance by conducting test on vapour

compression refrigeration systems, also Identify and locate various important

components.

MEC803.3 Present the properties, applications and environmental issues of different refrigerants.

MEC803.4 Illustrate various refrigeration and air conditioning processes using psychometric

chart.

MEC803.5 Design and analyse complete air conditioning system and calculate cooling load for

air conditioning systems used for various applications.

MEC803.6 Design distribution system for air conditioning setup and discuss applications of

Refrigeration & A/C.

Course Name: MEE8022 Renewable Energy sourses

MEE8022.1 Illustrate, types, limitations, scenario, crises & need of Non conventional energy

sources

MEE8022.2 Design various system for use of Non conventional energy sources




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MEE8022.3 Understand the combination of energy sources use and get hybrid

MEE8022.4 Find exact how to use of energy sources by giving the demo like power plant visit.

MEE8022.5 find out how to reduce the pollution by using Non conventional energy sources.

MEE8022.6 Understand how to use waste material as energy source to reduce the cost of

conventional energy sources.

Course Name: MEE8026 Automobile Engineering

MEE8026.1 Describe different Automotive systems

MEE8026.2 Demonstrate working principle and their requirements of different automotive

systems like power train system, tyres etc

MEE8026.3 Explain the working and importance of electrical system like charging ,staring

system etc

MEE8026.4 Indentify different body structure and their layouts and choose appropriate layout

depending on the their use analyze it from aerodynamic point of view

MEE8026.5 Demonstrate and explain requirement and classification of brakes, steering system

and various term related to steering geometry

MEE8026.6 Understand and explain recent trends in automobile like ABS, ECM and working of

various sensors and their construction




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Course Name: MEP802 Project II

MEP802.1 Able to identify the conceptual problems factors and their levels in industries.

MEP802.2 Able to formulate the real life problems factors and theirs levels in the form of

mathematical model.

MEP802.3 Able to plan and establish real life problems in the form of experimental setup.

MEP802.4 Able to simulate and analyse the real life problems using the mathematical model

and software

MEP802.5

Able to prepare the report contents of conceptual problems factors, factor levels,

academic literature, problem formulation, problem statement, factor analysis and

coclusion & suggestion

MEP802.6 Able to prepare the presentation of project contents details in brief using MS-office

Power point

Documents

Mahatma Education Society’s Pillai HOC College of